Basic Information
Monitoring in Engineering, Structural Damage, Maintenance Strategies And Non-destructive Evaluation, Measurement Principles and Error Sources, Design of Measuring System For Shm, Sensors For Shm, Dynamic Beam Theory and Damage, Frequency and Modal Analysis, Static And Dynamic End Effects, Wave Propagation in Waveguides, Failure Modes And Criticality Analysis, Strategies of Shm System, Infrastructure Design With Shm Under Deficiency in Knowledge. Learning Outcomes# Upon Completion of This Course It Is Intended That a Student Will Be Able To# 1.identify Potential Failure Modes of a Given Structure 2.identify Structural Markers For Hazardous Damages and Produce "marker-damage" Map 3.compare Between Various Sensors and Critically Evaluate Manufacturer Specifications 4.fit The Best Monitoring Approach to a Given Structure 5.apply Knowledge Acquired in Various Faculty Courses in Design of Shm Systems 6.design Shm System And Evaluate Its Contribution to Performance and Reliability of The Monitored System and to Its Maintenance Cost 7.perform a Research Of Shm Methods and Develop Advanced Monitoring Methods
Faculty: Aerospace Engineering
|Undergraduate Studies
|Graduate Studies
Pre-required courses
84640 - Aerospace Engineering Design and Manufac or 84641 - Aerospace Engineering Design and Manufac